CN107159919B - Special-shaped rocket bay section machine adds fixture - Google Patents
Special-shaped rocket bay section machine adds fixture Download PDFInfo
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- CN107159919B CN107159919B CN201710604713.2A CN201710604713A CN107159919B CN 107159919 B CN107159919 B CN 107159919B CN 201710604713 A CN201710604713 A CN 201710604713A CN 107159919 B CN107159919 B CN 107159919B
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- pedestal
- pneumatic
- face contact
- positioning pin
- contact platform
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B31/00—Chucks; Expansion mandrels; Adaptations thereof for remote control
- B23B31/40—Expansion mandrels
- B23B31/42—Expansion mandrels characterised by features relating primarily to remote control of the gripping means
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- Mechanical Engineering (AREA)
- Jigs For Machine Tools (AREA)
Abstract
Special-shaped rocket bay section machine adds fixture, including pedestal, stepper motor, pivoting support, intermediate plectane, rotary drive mechanism, end face contact platform, radial clamp and axial pressing device；Rotary drive mechanism is located between stepper motor and intermediate plectane, and the power of stepper motor is transferred to intermediate plectane；End face contact platform is fixed in the upper end of intermediate plectane；Radial clamp has four groups, is separately mounted in four locating slots of end face contact platform；Axial pressing device has four groups, is separately mounted on the protective shell of four groups of radial clamps.The present invention is on the basis of the inner hole of special-shaped rocket bay section, fast automatic centering is realized by three claws of three groups of radial clamps, workpiece is compressed by three groups of axial pressing devices simultaneously, the pin hole automatic positioning on workpiece end face is realized by the first pin locking device and the second pin locking device again, to achieve the purpose that quick-clamping positions centering.Clamping process high degree of automation, good reliability.
Description
Technical field
The present invention relates to machine plus fixture, especially a kind of special-shaped rocket bay section machine adds fixture.
Background technique
Special-shaped rocket bay section includes that radial cross-sectional shape is non-circular rocket bay section part.Special-shaped rocket bay section shells zero
Surface-type feature processing is mainly fixed by the end face of bay section (turnery processing is crossed) clamping inside and outside part, is reprocessed after centering outer circle.
Firstly, by the small end face paste workbench of bay section, behind centering center in place by all hole machineds of large end face, including pin hole at two；Its
It is secondary, pin hole at two is processed on technique backing plate（It is consistent with bay section large end face pin hole）；It finally will be on bay section shell and technique backing plate
Pin hole connect positioning, process all butt holes of small end face.
Current existing installation way cannot a step clamping in place, each clamping requires manually to carry out centering to workpiece
Positioning, since the size and weight of workpiece are all bigger, to cause the difficulty that workpiece is positioned manually.Existing clamping side
Formula the degree of automation is low, and versatility is lower.
Summary of the invention
The purpose of the present invention is overcome the deficiencies in the prior art, and provide a kind of special-shaped rocket bay section machine and add fixture, it is solved
Current existing Set and Positioning mode of having determined is unable to clamped one time in place, needs repeatedly artificial centering positioning, time-consuming and laborious, automatically
The low problem of change degree.
The technical scheme is that：Special-shaped rocket bay section machine adds fixture, including pedestal, stepper motor, pivoting support, in
Between plectane, rotary drive mechanism, end face contact platform, radial clamp and axial pressing device；
Pivoting support mounting ring is equipped at pedestal upper surface center；
Stepper motor is fixedly mounted on the base；
Pivoting support integral installation is in the pivoting support mounting ring of pedestal comprising inner ring and is located at outer on the outside of inner ring
Circle, outer ring can be relatively rotated with inner ring, and inner ring is affixed with pedestal；
Intermediate plectane is fixed in the outer ring upper end of pivoting support；
Rotary drive mechanism is located between stepper motor and intermediate plectane, and the power of stepper motor is transferred to middle circle
Plate, and then drive intermediate plectane rotation；
End face contact platform is fixed in the upper end of intermediate plectane, which is provided with four for accommodating the positioning of radial clamp
Slot, four locating slots are evenly arranged on end face contact platform along the center annular of intermediate plectane；
Radial clamp has four groups, is separately mounted in four locating slots of end face contact platform；Radial clamp packet
Include protective shell, servo motor, bearing block, lead screw, nut, sliding rail A and claw；Protective shell is mounted on the locating slot of end face contact platform
Interior and relatively fixed with end face contact platform, the upper end is equipped with strip-shaped hole；Servo motor and bearing block are fixedly mounted on protective shell
It is interior；Lead screw one end is connected by the arbor of shaft coupling and servo motor, and the other end is mounted on bearing block by bearing；Nut spiral shell
Line is connected on lead screw；Sliding rail A is fixedly mounted on protective shell upper end and is parallel to lead screw, neat with the upper surface of end face contact platform
Upper surface flat or lower than end face contact platform；Claw is movably arranged on sliding rail A, and lower end passes through the strip-shaped hole of protective shell upper end
And it protrudes into inside protective shell and affixed with nut；
Axial pressing device has four groups, is separately mounted on the protective shell of four groups of radial clamps, axial pressing device
Including sliding rail B, cylinder seat and pneumatic lever cylinder；Sliding rail B is fixedly mounted on protective shell upper end and is parallel to sliding rail A, connects with end face
Touch upper surface of the upper surface flush or below end face contact platform of platform；Cylinder seat is movably arranged on sliding rail B, and is connected with claw activity
It connects；Pneumatic lever cylinder is fixed in cylinder seat.
The further technical solution of the present invention is：The rotary drive mechanism includes worm reduction box, gear A, tooth
Take turns B；Worm reduction box is fixedly mounted on the base, and power input shaft is connected by the arbor of shaft coupling and stepper motor
It connects；Gear B is fixed on the power output shaft of worm reduction box；Gear A is fixed in the lower end of intermediate plectane central area
On face, and engaged with gear B.
Further technical solution is the present invention：The cylinder seat of axial pressing device passes through chain link and radial clamp
Claw connection；Correspondingly, the cylinder seat of axial pressing device is equipped with link hole A；The claw of radial clamp is equipped with
Link hole B, chain link pass through link hole A and link hole B and are flexibly connected cylinder seat and claw.
The further technical solution of the present invention is：Centre bore, the outer ledge of pedestal are equipped at the center of intermediate plectane
Place is equipped with the arc groove through pedestal upper and lower surface, and pedestal is in the lower surface position opposite with arc groove equipped with protruding into for spanner
Notch；
It further includes the first pin locking device and the second pin locking device；
First pin locking device includes bracket A, sliding block A, pneumatic expanding positioning pin A, spring A and electromagnet A；Bracket A is solid
Dingan County fills on the base, which is provided with sliding slot A；Sliding block A is movably arranged in the sliding slot A of bracket A, which is provided with for installing gas
Move the positioning pit A of expanding positioning pin A；Pneumatic expanding positioning pin A is mounted in the positioning pit A of sliding block A；Spring A is mounted on sliding block A
Positioning pit A in, and be located between pneumatic expanding positioning pin A and sliding block A；Electromagnet A is fixedly mounted on the lower end of sliding block A, with
The lifting of pneumatic expanding positioning pin A is controlled, spring A is with the synchronous elongation of the lifting of pneumatic expanding positioning pin A and shortens；
Second pin locking device includes shaft, sliding block C, bracket B, slide block B, pneumatic expanding positioning pin B, spring B and electromagnetism
Iron B；Shaft lower end is fixed at the center of pedestal upper surface, and upper end is stretched out from the centre bore of intermediate plectane；Sliding block C activity peace
In the arc groove of pedestal；In shaft upper end, the other end is connect bracket B one end movable set with sliding block C, and bracket B is equipped with
Sliding slot B, when bracket B rotates around the axis, can synchronous drive sliding block C arc trajectory movement is done in the arc groove of pedestal；Slide block B
It is movably arranged in the sliding slot B of bracket B, which is provided with the positioning pit B for installing pneumatic expanding positioning pin B；It is pneumatic expanding fixed
Position pin B is mounted in the positioning pit B of slide block B；Spring B is mounted in the positioning pit B of slide block B, and is located at pneumatic expanding positioning pin B
Between slide block B；Electromagnet B is fixedly mounted on the lower end of slide block B, to control the lifting of pneumatic expanding positioning pin B, spring B with
The synchronous elongation of lifting of pneumatic expanding positioning pin B and shorten.
The further technical solution of the present invention is：It further includes the gear bits of lid upper edge on the inside of end face contact platform
Cover board.
The further technical solution of the present invention is：The arc groove of pedestal is equipped with angle index；On the sliding slot A of bracket A
Equipped with length scale；The sliding slot B of bracket B is equipped with length scale.
The further technical solution of the present invention is：It further includes PLC programmable controller, collection control station, electric-controlled
Cabinet processed；PLC programmable controller is equipped with signal input interface and signal output interface；Collection control station and PLC programmable control
The signal input interface of device processed is electrically connected；Electrical control cabinet is electrically connected with the signal output interface of PLC programmable controller, is also divided
Not with stepper motor, the pneumatic lever cylinder of four groups of axial pressing devices, four groups of radial clamps servo motor, the first lock
Determine the electromagnet B electrical connection of the electromagnet A, the second pin locking device of device.
The present invention has the following advantages that compared with prior art：
1, it on the basis of by the inner hole of special-shaped rocket bay section, is realized by four claws of four groups of radial clamps quick
Self-centering, while being compressed workpiece by four groups of axial pressing devices, then fixed by the first pin locking device and the second lock
Device realizes the pin hole automatic positioning on workpiece end face, to achieve the purpose that quick-clamping positions centering.Clamping process is automatic
Change degree is high, good reliability, easily realizes automation, generalization and the standardized designs of frock clamp.
2, axial pressing device uses pneumatic lever cylinder, in the case where surprisingly losing gas source in process, still may be used
To continue axial grip workpiece, ensure that the safety of processing under the effect of the power of holding.
Below in conjunction with figure, the invention will be further described with embodiment.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the schematic view of the mounting position of rotary drive mechanism on the base；
Fig. 3 is the schematic view of the mounting position of the first pin locking device and the second pin locking device on the base；
Fig. 4 is that end face contacts schematic view of the mounting position of the platform on intermediate plectane；
Fig. 5 is the mutual alignment relation and structural schematic diagram of radial clamp and axial grip device；
Fig. 6 is the structural schematic diagram of intermediate plectane；
Fig. 7 is the structural schematic diagram of gear bits cover board；
Fig. 8 is the structural schematic diagram of pedestal；
Fig. 9 is the installation site simplified schematic diagram of the pneumatic expanding positioning pin A of the first pin locking device；
Figure 10 is the installation site simplified schematic diagram of the pneumatic expanding positioning pin B of the second pin locking device；
Status diagram when Figure 11 is clamping workpiece of the present invention.
Explanation：For the ease of showing the structure of rotary drive mechanism, the intermediate plectane in Fig. 2 has been splitted a sector and has been lacked
Mouthful；For the ease of showing the structure of radial clamp, the protective shell in Fig. 5 is cut out in the longitudinal direction.
Specific embodiment
Embodiment 1：
As Figure 1-10 shows, special-shaped rocket bay section machine adds fixture, including pedestal 1, stepper motor 2, pivoting support, middle circle
Plate 4, rotary drive mechanism, end face contact platform 6, radial clamp, axial pressing device, the first pin locking device, the second pin
Locking device, PLC programmable controller, collection control station and electrical control cabinet.
It is equipped with pivoting support mounting ring 11 at 1 upper surface center of pedestal, is equipped at the outer ledge of pedestal 1 and runs through pedestal 1
The arc groove 12 of upper and lower surface, pedestal 1 are equipped with the notch 13 protruded into for spanner in the lower surface position opposite with arc groove 12.
Stepper motor 2 is fixedly mounted on pedestal 1, and is located in the pivoting support mounting ring 11 of pedestal 1.
Pivoting support integral installation is in the pivoting support mounting ring 11 of pedestal 1 comprising inner ring 31 and is located at inner ring 31
The outer ring 32 in outside, outer ring 32 can be relatively rotated with inner ring 31, and inner ring 31 is affixed by bolt with pedestal 1.
Intermediate plectane 4 is fixed in 32 upper end of outer ring of pivoting support by bolt, and the center is equipped with centre bore 41.
Rotary drive mechanism is located between stepper motor 2 and intermediate plectane 4, and the power of stepper motor 2 is transferred to
Between plectane 4, and then intermediate plectane 4 is driven to rotate.Rotary drive mechanism includes worm reduction box 51, gear A 52 and gear
B53.Worm reduction box 51 is fixedly mounted on pedestal 1, and power input shaft passes through the arbor of shaft coupling and stepper motor 2
Connection.Gear B 53 is fixed on the power output shaft of worm reduction box 51.Gear A 52 is fixed in middle circle by bolt
On the lower end surface of 4 central area of plate, and engaged with gear B 53.
End face contact platform 6 is weldingly fixed on the upper end of intermediate plectane 4, which is provided with four for accommodating radial clamp
Locating slot 61, four locating slots 61 along the center annular of intermediate plectane 4 be evenly arranged on end face contact platform 6 on.
Radial clamp has four groups, is separately mounted in four locating slots 61 of end face contact platform 6.Radial clamp
Including protective shell 71, servo motor 72, bearing block 73, lead screw 74, nut 75, sliding rail A76 and claw 77.Protective shell 71 is mounted on
End face contacts in the locating slot 61 of platform 6, and relatively fixed with end face contact platform 6, and the upper end is equipped with strip-shaped hole 711.Servo motor
72 and bearing block 73 be fixedly mounted in protective shell 71.74 one end of lead screw is connected by the arbor of shaft coupling and servo motor 72
It connects, the other end is mounted on bearing block 73 by bearing.Nut 75 is threaded on lead screw 74.Sliding rail A76 is fixedly mounted on
71 upper end of protective shell and it is parallel to lead screw 74, with the upper surface of end face contact platform 6 flush or below the upper end of end face contact platform 6
Face.Claw 77 is movably arranged on sliding rail A76, and lower end passes through the strip-shaped hole 711 of 71 upper end of protective shell and protrudes into protective shell 71
It is internal and affixed with nut 75.
Axial pressing device has four groups, is separately mounted on the protective shell 71 of four groups of radial clamps.Axial compression dress
It sets including sliding rail B81, cylinder seat 82 and pneumatic lever cylinder 83.Sliding rail B81 is fixedly mounted on 71 upper end of protective shell and is parallel to sliding rail
A76 contacts upper surface of the upper surface flush or below end face contact platform 6 of platform 6 with end face.Cylinder seat 82 is movably arranged on sliding rail
On B81, and it is flexibly connected with claw 77.Pneumatic lever cylinder 83 is fixed in cylinder seat 82.
First pin locking device includes bracket A91, sliding block A92, pneumatic expanding positioning pin A93, spring A94 and electromagnet
A95.Bracket A91 is fixedly mounted on pedestal 1, which is provided with sliding slot A911.Sliding block A92 is movably arranged on the sliding slot of bracket A91
In A911, the positioning pit A921 for installing pneumatic expanding positioning pin A93 which is provided with.Pneumatic expanding positioning pin A93 is mounted on
In the positioning pit A921 of sliding block A92.Spring A94 is mounted in the positioning pit A921 of sliding block A92, and is located at pneumatic expanding positioning pin
Between A93 and sliding block A92.Electromagnet A95 is fixedly mounted on the lower end of sliding block A92, to control the liter of pneumatic expanding positioning pin A93
Drop, spring A94 is with the synchronous elongation of the lifting of pneumatic expanding positioning pin A93 and shortens.
Second pin locking device includes shaft 101, sliding block C102, bracket B103, slide block B 104, pneumatic expanding positioning pin
B105, spring B 106 and electromagnet B107.101 lower end of shaft is fixed at the center of 1 upper surface of pedestal, and upper end is from intermediate plectane
It is stretched out in 4 centre bore 41.Sliding block C102 is movably arranged in the arc groove 12 of pedestal 1.The one end bracket B103 movable set exists
101 upper end of shaft, the other end are connect with sliding block C102, and bracket B103 is equipped with sliding slot B1031, as bracket B103 around the shaft 101
When rotation, can synchronous drive sliding block C102 do arc trajectory movement in the arc groove 12 of pedestal 1.Slide block B 104 is movably arranged on
In the sliding slot B1031 of bracket B103, the positioning pit B1041 for installing pneumatic expanding positioning pin B105 which is provided with.It is pneumatic to expand
Diameter positioning pin B105 is mounted in the positioning pit B1041 of slide block B 104.Spring B 106 is mounted on the positioning pit B1041 of slide block B 104
It is interior, and be located between pneumatic expanding positioning pin B105 and slide block B 104.Electromagnet B107 is fixedly mounted on the lower end of slide block B 104,
To control the lifting of pneumatic expanding positioning pin B105, spring B 106 with the synchronous elongation of the lifting of pneumatic expanding positioning pin B105 and
Shorten.
PLC programmable controller (not shown) is equipped with signal input interface and signal output interface.
Collection control station (not shown) is electrically connected with the signal input interface of PLC programmable controller.
Electrical control cabinet (not shown) is electrically connected with the signal output interface of PLC programmable controller, also respectively with
The servo motor 72, first of 83, four groups of radial clamps of pneumatic lever cylinder of 2, four groups of axial pressing devices of stepper motor is sold
The electromagnet B107 electrical connection of the electromagnet A95, the second pin locking device of locking device.Electrical control cabinet is also used to control second
The aeration status of the pneumatic expanding positioning pin A93 of the pneumatic expanding positioning pin B105 and the first pin locking device of pin locking device.
PLC programmable controller, collection control station, electrical control cabinet are the prior art, and the electrical connection between four is closed
System and control mode are also the ordinary skill in the art, are not described in detail in text.
It is preferred that the cylinder seat 82 of axial pressing device is connected by the claw 77 of chain link (not shown) and radial clamp
It connects.Correspondingly, the cylinder seat 82 of axial pressing device is equipped with link hole A821.The claw 77 of radial clamp is equipped with chain link
Hole B771.Chain link passes through link hole A821 and link hole B771 and is flexibly connected cylinder seat 82 and claw 77.
It is preferred that special-shaped rocket bay section machine adds fixture to further include gear bits lid of the lid mounted in end face contact 6 inside upper edge of platform
Plate 100, gear bits cover board 100 can prevent cutting clast when the inner wall of workpieces processing from falling on rotary drive mechanism.
It is preferred that the arc groove 12 of pedestal 1 is equipped with angle index；The sliding slot A911 of bracket A91 is equipped with length scale；Branch
The sliding slot B1031 of frame B103 is equipped with length scale.
Sketch the clamping process of workpiece：
1, by fixture be mounted on or machining center on, then crossing, (pedestal 1 and platen face are solid by bolt for centering
It connects).
2, the position of pneumatic expanding positioning pin A93 and pneumatic expanding positioning pin B105 are adjusted according to the parameter of workpiece.
It 3, will be above work piece hoisting to fixture, it is desirable that workpiece dowel hole is roughly the same with the position of clamp body positioning pin,
After its position is manually adjusted within ± 5 °, workpiece is placed on fixture table top, the lower end surface of workpiece and end face contact platform 6 connect
Touching.
4, after workpiece is placed on fixture table top, joined according to the size of the workpiece positioning inner hole of collection control station input
Number, the servo motor 72 that system will control radial clamp start, and keep four claws 77 outside along respective sliding rail A76
Movement, until being contacted respectively with inner hole of workpiece hole wall, to realize the self-centering of workpiece.77 initial position of claw is four cards
The location of when pawl 77 surrounds smallest circle, system has back " origin " function, and claw can be made to return to initial position, automatic school
Barebone value is conducive to accurately control claw stroke.0.01 mm more than the movement travel that system can allow the ratio of claw 77 to set, with
Play the role of radial clamping workpiece.
5, radial to after clamping, the pneumatic lever cylinder 83 of system control axial pressing device carries out generation movement, makes to press
Tight compressing parts on the step surface in inner hole of workpiece (referring to Figure 11), to realize axial compression.
6, after the completion of axial compression, system controls the electromagnet A95 and second pin locking device of the first pin locking device
Electromagnet B107 power-off, spring A94 under the effect of elasticity up push up pneumatic expanding positioning pin A93, and spring B 106 is made in elastic force
Pneumatic expanding positioning pin B105 is up pushed up with lower.Then system control stepper motor 2 starts, and stepper motor 2 passes through stepping electricity
Machine 2 drives intermediate plectane 4 to rotate, to drive workpiece to rotate, when two pin holes on workpiece end face expand with pneumatic respectively
When diameter positioning pin A93 and pneumatically expanding positioning pin B105 alignment, pneumatic expanding positioning pin A93 and pneumatic expanding positioning pin B105 divide
It is not inserted under the action of spring A94 and spring B 106 among the pin hole of workpiece, this signal is then fed back into system, system
Control stepper motor 2 shuts down immediately, and clamping workpiece is completed.
System carries out expanding movement by control external air source control pneumatic expanding positioning pin A, B, to realize pin
With the tight fit of pin hole.
Claims (7)
1. special-shaped rocket bay section machine adds fixture, it is characterized in that：Including pedestal (1), stepper motor (2), pivoting support, intermediate plectane
(4), rotary drive mechanism, end face contact platform (6), radial clamp and axial pressing device；
Pivoting support mounting ring (11) are equipped at pedestal (1) upper surface center；
Stepper motor (2) is fixedly mounted on pedestal (1)；
Pivoting support integral installation is in the pivoting support mounting ring (11) of pedestal (1) comprising inner ring (31) and is located at inner ring
(31) outer ring (32) on the outside of, outer ring (32) can be relatively rotated with inner ring (31), and inner ring (31) and pedestal (1) are affixed；
Intermediate plectane (4) is fixed in outer ring (32) upper end of pivoting support；
Rotary drive mechanism is located between stepper motor (2) and intermediate plectane (4), and the power of stepper motor (2) is transferred to
Intermediate plectane (4), and then intermediate plectane (4) is driven to rotate；
End face contact platform (6) is fixed in the upper end of intermediate plectane (4), which is provided with four for accommodating determining for radial clamp
Position slot (61), four locating slots (61) are evenly arranged in end face contact platform (6) along the center annular of intermediate plectane (4)；
Radial clamp has four groups, is separately mounted in four locating slots (61) of end face contact platform (6)；Radial clamp
Including protective shell (71), servo motor (72), bearing block (73), lead screw (74), nut (75), sliding rail A (76) and claw (77)；
Protective shell (71) is mounted in the locating slot (61) of end face contact platform (6), and relatively fixed with end face contact platform (6), the upper end
Equipped with strip-shaped hole (711)；Servo motor (72) and bearing block (73) are fixedly mounted in protective shell (71)；Lead screw (74) one end
It is connect by shaft coupling with the arbor of servo motor (72), the other end is mounted on bearing block (73) by bearing；Nut (75)
It is threaded on lead screw (74)；Sliding rail A (76) is fixedly mounted on protective shell (71) upper end and is parallel to lead screw (74), with end
Upper surface of the upper surface of face contact platform (6) flush or below end face contact platform (6)；Claw (77) is movably arranged on sliding rail A
(76) on, lower end pass through the strip-shaped hole (711) of protective shell (71) upper end and protrude into inside protective shell (71) and with nut (75)
It is affixed；
Axial pressing device has four groups, is separately mounted on the protective shell (71) of four groups of radial clamps, axial pressing device
Including sliding rail B (81), cylinder seat (82) and pneumatic lever cylinder (83)；Sliding rail B (81) is fixedly mounted on protective shell (71) upper end and puts down
Row contacts the upper surface of the upper surface flush or below end face contact platform (6) of platform (6) with end face in sliding rail A (76)；Cylinder seat
(82) it is movably arranged on sliding rail B (81), and is flexibly connected with claw (77)；Pneumatic lever cylinder (83) is fixed in cylinder seat (82)
On.
2. abnormity rocket bay section machine as described in claim 1 adds fixture, it is characterized in that：The rotary drive mechanism includes worm gear
Worm speed-down case (51), gear A (52), gear B (53)；Worm reduction box (51) is fixedly mounted on pedestal (1), is moved
Power input shaft is connect by shaft coupling with the arbor of stepper motor (2)；Gear B (53) is fixed in worm reduction box (51)
On power output shaft；Gear A (52) is fixed on the lower end surface of intermediate plectane (4) central area, and is engaged with gear B (53).
3. abnormity rocket bay section machine as claimed in claim 1 or 2 adds fixture, it is characterized in that：The cylinder seat of axial pressing device
(82) it is connected by the claw (77) of chain link and radial clamp；Correspondingly, the cylinder seat (82) of axial pressing device is equipped with
Equipped with link hole A (821)；The claw (77) of radial clamp is equipped with link hole B (771), and chain link passes through link hole A
(821) and link hole B (771) and cylinder seat (82) and claw (77) are flexibly connected.
4. abnormity rocket bay section machine as claimed in claim 3 adds fixture, it is characterized in that：It is equipped at the center of intermediate plectane (4)
Centre bore (41) is equipped with the arc groove (12) through pedestal (1) upper and lower surface at the outer ledge of pedestal (1), and pedestal (1) is under
Surface and arc groove (12) opposite position are equipped with the notch (13) protruded into for spanner；
It further includes the first pin locking device and the second pin locking device；
First pin locking device includes bracket A (91), sliding block A (92), pneumatic expanding positioning pin A (93), spring A (94) and electromagnetism
Iron A (95)；Bracket A (91) is fixedly mounted on pedestal (1), which is provided with sliding slot A (911)；Sliding block A (92) is movably arranged on branch
In the sliding slot A (911) of frame A (91), the positioning pit A (921) for installing pneumatic expanding positioning pin A (93) which is provided with；Pneumatically
Expanding positioning pin A (93) is mounted in the positioning pit A (921) of sliding block A (92)；Spring A (94) is mounted on the positioning of (92) sliding block A
It cheats in A (921), and is located between pneumatic expanding positioning pin A (93) and sliding block A (92)；Electromagnet A (95) is fixedly mounted on sliding block
The lower end of A (92), to control the lifting of pneumatic expanding positioning pin A (93), spring A (94) is with pneumatic expanding positioning pin A (93)
The synchronous elongation of lifting and shorten；
Second pin locking device includes shaft (101), sliding block C (102), bracket B (103), slide block B (104), pneumatic expanding positioning
Sell B (105), spring B (106) and electromagnet B (107)；Shaft (101) lower end is fixed at the center of pedestal (1) upper surface, on
End is stretched out from the centre bore (41) of intermediate plectane (4)；Sliding block C (102) is movably arranged in the arc groove (12) of pedestal (1)；
Bracket B (103) one end movable set is connect in shaft (101) upper end, the other end with sliding block C (102), and bracket B (103) is equipped with
Sliding slot B (1031), when bracket B (103) around the shaft (101) rotate when, can synchronous drive sliding block C (102) pedestal (1) arc
Arc trajectory movement is done in slot (12)；Slide block B (104) is movably arranged in the sliding slot B (1031) of bracket B (103), which is provided with
For installing the positioning pit B (1041) of pneumatic expanding positioning pin B (105)；Pneumatic expanding positioning pin B (105) is mounted on slide block B
(104) in positioning pit B (1041)；Spring B (106) is mounted in the positioning pit B (1041) of slide block B (104), and is located at pneumatic
Between expanding positioning pin B (105) and slide block B (104)；Electromagnet B (107) is fixedly mounted on the lower end of slide block B (104), with control
The lifting of pneumatic expanding positioning pin B (105) is made, spring B (106) is with the synchronous elongation of the lifting of pneumatic expanding positioning pin B (105)
And shortening.
5. abnormity rocket bay section machine as claimed in claim 4 adds fixture, it is characterized in that：It further includes lid mounted in end face contact platform
(6) gear of inside upper edge considers cover board (100) to be worth doing.
6. abnormity rocket bay section machine as claimed in claim 5 adds fixture, it is characterized in that：It is set on the arc groove (12) of pedestal (1)
Angled scale；The sliding slot A (911) of bracket A (91) is equipped with length scale；The sliding slot B (1031) of bracket B (103) is equipped with
Length scale.
7. abnormity rocket bay section machine as claimed in claim 6 adds fixture, it is characterized in that：Its further include PLC programmable controller,
Collection control station, electrical control cabinet；PLC programmable controller is equipped with signal input interface and signal output interface；Collection control behaviour
Make platform to be electrically connected with the signal input interface of PLC programmable controller；Electrical control cabinet and the signal of PLC programmable controller are defeated
Outgoing interface electrical connection also radial is pressed from both sides with stepper motor (2), the pneumatic lever cylinder (83) of four groups of axial pressing devices, four groups respectively
The tightly electromagnet B (107) of the servo motor (72) of device, the electromagnet A (95) of the first pin locking device, the second pin locking device
Electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710604713.2A CN107159919B (en) | 2017-07-24 | 2017-07-24 | Special-shaped rocket bay section machine adds fixture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710604713.2A CN107159919B (en) | 2017-07-24 | 2017-07-24 | Special-shaped rocket bay section machine adds fixture |
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| CN107159919B true CN107159919B (en) | 2018-11-23 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107984186B (en) * | 2017-12-01 | 2019-04-23 | 中国航发沈阳黎明航空发动机有限责任公司 | A kind of level platform adjustment device and application method applied to fuel manifold assembly |
| CN109333398A (en) * | 2018-10-22 | 2019-02-15 | 深圳市康振机械科技有限公司 | A kind of steel bar clamping mechanism |
| CN110592366B (en) * | 2019-10-23 | 2024-09-10 | 温州大学激光与光电智能制造研究院 | Clamp system for laser impact experiment |
| CN112589168B (en) * | 2020-12-02 | 2023-03-21 | 航天科工哈尔滨风华有限公司 | Method for machining inner cavity of special-shaped thin-wall cabin section |
| CN112658716A (en) * | 2020-12-08 | 2021-04-16 | 温州兽班机械科技有限公司 | Metalworking anchor clamps of motor frame foundry goods blank |
| CN114986333B (en) * | 2022-06-07 | 2023-08-15 | 上海航天设备制造总厂有限公司 | Automatic rotary indexing mechanism for box body with complex structure and use method of automatic rotary indexing mechanism |
| CN115740533B (en) * | 2022-11-14 | 2023-06-20 | 许琼阳 | Machine tool chuck device |
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